nkysdb: 共著者関連データベース
エルファクハラニ アブデルハミッド 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "エルファクハラニ アブデルハミッド")
共著回数と共著者名 (a list of the joint author(s))
発行年とタイトル (Title and year of the issue(s))
2004: 別子銅山(1:25, 000地形図)地域の三波川変成岩の地質構造,変形石英の微細構造および角閃石・緑簾石の組成累帯構造−−特に低温下の上昇時後期の変形について−−(ポスターセッション)
Geologic structures, microstructures in deformed quartz and compositional zoning in amphibole and epidote in the Sambagawa metamorphic rocks of the Bessi Mine topographic sheet (1:25, 000) area, central Shikoku, southwest Japan: especially on the late stage deformation during exhumation under low temperatures
2005: 四国中央部三波川変成岩上昇に果たした断層活動の役割の重要性−−見のがされていたアイソグラッドのテレスコーピング−−(O 171)
Importance of the role of faulting played in exhumation of the Sambagawa metamorphic rocks, central Shikoku, Japan: Overlooked telescoped isograds (O 171)
2006: 四国中央部三波川変成岩を最終的に上部地殻レベルに上昇させたD2断層活動について:汗見川東方および国領川の黒雲母帯に発達するD2断層の詳細解析(O 177)
D2 faulting responsible for the final exhumation of the Sambagawa metamorphic rocks of central Shikoku to the upper crustal level : detailed fault analyses in the biotite zone of the eastern side of the Asemi River and the Kukuryo River areas(O 177)
2007: 四国中央部三波川変成岩上昇時のD2正断層活動:何故そんなに重要か?(S 48)
Pervasive D2 Brittle normal faulting during exhumation of the Sambagawa metamorphic rocks, central Shikoku, Japan : Why is it so important?(S 48)
2008: 三波川変成岩の最終的上昇過程に見る地殻上部の脆性−塑性転移点付近の動的過程(O 188)
Dynamic processes in the brittle ductile transition regions of upper crust exemplified by the final exhumation processes of the Sambagawa metamorphic rocks(O 188)
2009: 四国中央部三波川変成岩中に発達する北落ち大規模D2正断層の証拠と構造発達史(O 209)(演旨)
Evidences for D2 large scale north side down normal faulting and structural development in the Sambagawa metamorphic rocks, central Shikoku, Japan (O 209)
2009: 大陸地殻上部の脆性−塑性転移帯における変形・変成作用および流体移動の実態
Realities of deformation, metamorphism and fluid flow in the brittle ductile transition zone of upper continental crust
2012: 流体の影響を被る複数の異なる変形機構と流体の変形に及ぼす効果の厳密な検討 天然の観察と今後の展望 (T9 O 5)
Different deformation mechanisms influenced by the existence of fluids and rigorous evaluation of the effect of fluids on deformation: natural observations and perspectives (T9 O 5)